17 Medical Sciences Fellowship positions at University of Kansas Medical Center in united states
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highly motivated postdoctoral fellow at the University of Kansas Medical Center (KUMC). Candidates will have the opportunity to work with Dr. Halinder Mangat, who is an Associate Professor of Neurology in
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Assistant Professor with basic/translational science expertise in the respiratory field with a focus on the mechanism of acute lung injury and potential therapeutic means to modify or treat the host response
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). Postdoctoral scholars at the University of Kansas Medical Center are individuals who have received their terminal degree and who have opted to pursue further training in a postdoctoral appointment. Postdoctoral
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. Postdoctoral scholars at the University of Kansas Medical Center are individuals who have received their terminal degree and who have opted to pursue further training in a postdoctoral appointment. Postdoctoral
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quality assurance activities by reviewing clinical data in medical record charts, assessing pharmacy compliance with protocol criteria, and reviewing study documentation to ensure compliance. Work closely
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collaborate. Postdoctoral scholars at the University of Kansas Medical Center are individuals who have received their terminal degree and who have opted to pursue further training in a postdoctoral appointment
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collaborate. Postdoctoral scholars at the University of Kansas Medical Center are individuals who have received their terminal degree and who have opted to pursue further training in a postdoctoral appointment
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. At the University of Kansas Medical Center, a reasonable estimate for the starting pay range will be the minimum to midpoint of the posted range, taking into account the combination of factors listed above. Pay Range
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Education: PhD or equivalent terminal degree in Molecular Biology, Biochemistry, Biomedical Sciences, or related field. Work Experience: Demonstrated experience in molecular biology techniques. Proficiency in
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at the University of Kansas Medical Center, focused on unraveling the molecular mechanisms involved in vascular dysfunction associated with cardio-pulmonary complications. This research will use imaging, biochemical